Integrating Product Design Competency

Which roles would benefit from mastering this competency?

Understanding the fundamentals of great product design is not just a concern for designers. It is crucial for anyone involved in product development, including Product Managers and Product Owners, Design Roles, Agile Teams, System Architects, and RTEs.

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Learning about Integrating Product Design

In large organizations, hundreds of employees could be hired to focus on the various aspects of product design. The table below, which is not exhaustive, illustrates the breadth of design roles that a single organization may have.

Design Role	Areas of focus
Market Researchers	To understand user needs, market trends, and competitive landscapes.
User Researchers	To gather insights into user behaviors, motivations, and pain points.
Information Architects	To structure and organize content for optimal usability and findability.
UX Designers (User Experience Designers)	To ensure a seamless and enjoyable overall user journey.
UI Designers (User Interface Designers)	To craft the visual and interactive elements of a product.
Visual Designers	To establish the aesthetic appeal and visual consistency across the product(s).
Accessibility Designers	To ensure products are usable by people with diverse abilities and needs.
Brand Designers	To develop and maintain a strong, consistent brand identity across all customer touchpoints.

Design is not just how a product looks, but also how it works. Part of designing great products is spending time and thought on the following questions:

• What is a product trying to achieve? Is it achieving that purpose?
• What does a customer expect to occur? Are those expectations being met?
• Are user workflows more difficult than they need to be?
• Is there a change in customer behavior that we wish the product to create? Is that customer behavior change the ‘right’ thing to do?
• Do we understand the difference between the desire of the end user, the desire of the purchaser, and the desire of our organization? What about the diverse needs of the end user, the purchaser, and our organization? 

In this section, you will lay the groundwork for answering these questions by exploring the core concepts that establish a customer-centric mindset and underpin great product design.

Customer Centricity, Solving Problems, and Addressing User Needs

Good product design begins by truly understanding what users need and how they act. This involves determining why a product is necessary before selecting the specific solution to be implemented. It’s essential to look beyond obvious requests to truly understand the problem, where the solution will be applied, and how it may evolve over time.

Techniques like Gemba walks enable designers to observe users interacting with a product in their natural environment, providing invaluable insights into real-life usage. Gathering customer feedback is a crucial part of this process, which is examined more thoroughly in the related competency. From a design standpoint, it is also important to practice situational awareness specific to each product and feature. In SAFe, the Solution Context plays a key role in understanding the larger problem.

Amidst this landscape, the tension of AI versus empathy emerges. The recent focus on Ethical Empathy Design emphasizes that while technologies such as AI offer opportunities for hyper-personalization and speed, they must be intentionally balanced with a focus on human experience, accessibility, and emotional context. This balance ensures that technology enhances rather than detracts from the user experience.

Many of the foundations for great product design are already embedded within the SAFe Framework. Continuous Exploration (CE), a key element of the Continuous Delivery Pipeline, involves transforming ideas into actionable work by understanding market challenges and customer demands, and developing hypotheses based on feedback and research. This crucial phase aligns with what needs to be built, laying the groundwork for effective product design. The following articles provide essential reading to grasp these fundamentals before moving on to applying them in ways that truly bring their potential to life.

Applying the Integrating Product Design Competency

This section explores how to apply and integrate design within a Lean Agile organization, focusing on the three critical moves highlighted in Figure 1 above, which involve effectively organizing design roles, implementing techniques for scaling great product design practices, and leveraging SAFe events and activities.

Organizing Design Roles for Enhanced Collaboration

Integrating design roles directly into Agile Release Trains (ARTs) and Agile Teams is crucial to eliminating silos and improving value flow. This promotes continuous, holistic product delivery by ensuring design perspectives are incorporated from the outset. Some common patterns have emerged, which are shown in Figure 2 below.

These different options often represent necessary trade-offs between dedication/collaboration (embedded) and efficiency/consistency (shared). Although each option should be weighed in your particular context, some scenarios have proven themselves to be particularly successful and are shared below:

UI Designers in Agile Teams: UI designers are embedded within Agile Teams, directly contributing to customer-facing products with visual interfaces. This ensures design is integrated throughout the development process. This scenario has proven to be the most successful when combined with the next scenario. 

UX Designers in ART Leadership: For ARTs focused on customer-facing products, UX designers are part of ART Leadership, collaborating with Product Management and System Architects. This provides strategic design guidance at the ART level. This role is often referred to as a Lead UX/Product Designer or a Design Manager within the ART. Their inclusion in ART events, such as PI Planning, and collaboration with Product Management ensure that features are defined with a consistent, validated user experience. They own the high-level design vision and maintain a systems view of the integrated design, which provides the consistency that embedded teams often struggle to maintain independently. This prevents the ART from executing well on features that are fundamentally the wrong experience

Design as a Shared Service: Design can operate as a shared service, similar to other specialized groups, such as data management or marketing teams. This allows design expertise to be utilized across multiple ARTs and Value Streams, providing on-demand support and maintaining design consistency where needed, without being permanently embedded in every team. Shared services teams are not intended for situations where one or more designers are needed full-time across each ART or team. This is often best for specialized services like advanced UX Research, Accessibility Audits, or Brand/Visual Identity maintenance across multiple products, where the demand is sporadic but high-value.

Design as a functional team within an ART: Design can also be structured as a dedicated functional team within an ART. This means a group of designers works together specifically for that ART, fostering a deep understanding of the ART’s context and products. This is an option that should be balanced with having dedicated designers in each of the Agile Teams that require them. This option works best when designers are only needed for a smaller percentage of each iteration per team, so trying to embed designers within the Agile Teams would not be practical.

Most organizations that are proving highly successful at organizing design roles to achieve great product design couple embedded UI/UX practitioners (Scenario 1) for daily delivery with a strategic UX leader in Product Management (Scenario 2) to guide the overall experience, using Shared Services (Scenario 3) only for highly specialized, non-continuous needs.

Scaling Design Principles and Practices

A recommended starting point for integrating great product design is to establish a small, memorable set of design principles. These principles guide design trade-offs, feature prioritization, and consistency. Often, this list details the importance of the following items in the context of the organization and a specific product.

Here is a list of some common design principles. Of course, they would vary based on the organization and the types of products being developed.

• User-Centricity: Designing with the user’s needs, behaviors, and goals at the forefront.
• Simplicity: Striving for clarity and ease of use, minimizing cognitive load.
• Consistency: Maintaining a uniform look, feel, and behavior across the product to enhance learnability and predictability.
• Feedback: Providing clear and immediate responses to user actions.
• Efficiency: Enabling users to complete tasks quickly and with minimal effort.
• Aesthetics: Creating visually appealing and engaging interfaces.

In this manner, design principles establish a ‘design system’ that helps to maintain alignment and consistency in user experience and system architecture through a set of established design guidelines.

Organizational variations in business models, target audiences, brand values, and strategic goals result in distinct design principles. For example, a financial institution prioritizes security, trustworthiness, clarity, and efficiency due to the sensitive nature of user data. Design emphasizes clear language, prominent security features, and streamlined task flows, even if less visually “exciting.” A principle might be “Financial Clarity and Security.” Meanwhile, a social media company prioritizes engagement, community, self-expression, and aesthetics to maximize interaction. Design focuses on visual appeal, intuitive content creation/consumption, and fostering connection/fun. A principle might be “Inspire Connection and Creative Expression.”

Alongside these design principles, the following practices and techniques form the foundation of incremental and scalable design.

Early and Continuous Integration: Design activities (e.g., low-fidelity mockups, user flows) occur concurrently with development within iterations, not as a separate upfront phase. This is one way to address large redundancies in user workflows with wasted work. 

Hypothesis-Driven Design with Lean UX: Frame design initiatives as testable hypotheses (e.g., new button placement increases engagement). Rapidly test with lightweight experiments (paper prototypes, A/B tests) that can be built and deployed by the engineering team within the same iteration.

Design Thinking: Design Thinking provides a structured method for transitioning from understanding a problem to designing a product, ensuring that innovation consistently aligns with customer needs. It involves two phases: the discover phase, which diverges to thoroughly understand the problem, and the define phase, which converges to create the most effective solution.

Using tools such as Empathy Maps, Personas, Journey Maps, and Story Mapping helps teams develop a shared and deep understanding of the customer’s perspective. Ultimately, the goal is to create solutions that prioritize the overall customer experience, aesthetics, usability, and core functionality. Through this integrated approach, designers can ensure that their products resonate deeply with users and effectively address their needs.

Fast feedback loops: Daily collaboration between designers and engineers is important for immediate feasibility feedback. Track and discuss user interaction, task completion rates, or qualitative feedback from prototypes to gain real-time insights into design effectiveness. This is one way to address unintentionally developing a disconnected and sometimes purely broken user experience across.

Design Sprints: Some ARTs also use Design Sprints as the first iteration in each PI, or as an integral part of the IP iteration. They use a focused week or two to solve problems and validate ideas quickly. Design Sprints are ideal for clearly defined issues that require a specific solution and focus on a particular user group. They can speed up decision-making and ensure everyone is on the same page before resources are committed, while fostering strong teamwork that enhances communication and facilitates problem-solving.

Shared ownership: Cross-functional teams develop a shared accountability for user needs, design rationale, and technical constraints, reducing rework.

Leveraging SAFe Events and Activities

Designers play a crucial, hands-on role in the practical execution of SAFe, particularly during PI Planning. Their work is not just conceptual; it directly influences features and stories, ensuring a customer-centric approach throughout the development lifecycle. The following guidance will help you to leverage SAFe events and activities to incorporate product design.

During PI Planning

• Presenting Design Work: Designers actively participate in PI Planning by presenting their proposed designs, wireframes, and mockups. These visual artifacts help the Agile Teams understand the user experience for upcoming features.
• Connecting Design to Features and Stories: Designers work closely with Product Management to break down features into user stories, ensuring that design considerations are embedded from the outset. A wireframe or a set of mockups is typically attached to a feature or a group of related stories, providing the visual and interaction specifications needed for implementation.
• Design-Specific Stories: While design work is often integrated into stories shared across the Agile Teams, designers may also have separate stories for foundational design work, such as updating the design guidelines, conducting specific user research, or addressing accessibility requirements that span multiple features. These stories ensure dedicated time for crucial design activities. Some ARTs find it useful to identify these stories visually as enablers, similar to an architectural runway.
• Collaborating on Dependencies: Designers identify and discuss design dependencies with teams during PI Planning, ensuring that the overall user experience is cohesive across the ART.
• Capacity Planning: Designers contribute to capacity planning by estimating the effort required for their design tasks, ensuring that design work is realistically factored into the team’s load.

During PI Execution

• ART Syncs: Designers are integral members of ART Syncs, where they provide updates on design progress, discuss emerging design challenges, and ensure alignment across Agile Teams regarding the user experience.
• Continuous Engagement: Designers are embedded within Agile Teams, fostering continuous collaboration with developers and testers. This allows for immediate feedback on design feasibility and implementation, reducing rework and ensuring that the final product accurately reflects the design vision.
• User Feedback and Validation: Designers continuously gather user feedback through various methods (e.g., usability testing, A/B testing) and share these insights with Agile Teams and ART leadership, driving iterative design improvements.

Continuous Exploration for Future PIs

Beyond PI Planning and execution, a continuous exploration of design ideas throughout the entire PI is vital, as the callout above makes clear. This ongoing process establishes a robust “design runway,” ensuring that a pipeline of well-vetted design concepts is always available for future iterations. This continuous exploration focuses on:

• Proactive Research and Discovery: Engaging in ongoing market research, user studies, and trend analysis to identify emerging needs and opportunities that inform future design directions.
• Strategic Ideation and Conceptualization: Dedicating time to explore more complex or foundational design challenges that require deeper investigation and multiple rounds of ideation, which extend beyond the scope of a single iteration. This includes developing high-level concepts, architectural considerations for user experience, and exploring innovative solutions.
• Early Validation of Longer-Term Goals: Conduct lightweight experiments and gather early feedback on conceptual designs or future-state ideas, even if they are several PIs away from implementation. This helps de-risk future development and ensures alignment with user needs and business objectives.
• Maintaining a Design Runway for the ART or Value Stream: Continuously refining and prioritizing a backlog of design enablers and larger design initiatives that will feed into future PI Planning cycles. This ensures that design work is not solely reactive, but also proactively shapes the product roadmap in a similar way to the technical architectural runway. In the video referenced below, James McElroy from CVS Health shares more about this practice.

The practical integration of design work into SAFe ensures that design is not a separate phase but an ongoing, collaborative effort that directly contributes to the delivery of valuable, user-centric products. It offers significant benefits, fostering deeper empathy and understanding of users across Agile Teams. By investing time in understanding their needs and challenges, teams develop a nuanced grasp of problems that may have gone unnoticed.

This ongoing process enhances user satisfaction and fosters a culture of innovation through comprehensive problem exploration. Diverse solutions can be considered and tested, allowing for early and continuous feedback from both engineers and users. Such collaboration ensures that the design aligns with real-world needs without compromising delivery timelines or the overall design flow, ultimately leading to more effective and responsive solutions.

Mastering the Integrating Product Design Competency

This section explores advanced concepts that empower design and product leaders to deliver significant organizational value and achieve mastery in integrating product design.

Designing Organizational Values Into each Product

Product design is crucial for embedding a company’s values into the user experience. By making deliberate design choices, companies can bring their core beliefs to life for customers. For instance, a company focused on environmental sustainability can use eco-friendly materials, prioritize durability, and reduce packaging waste in its products. Features like energy consumption indicators can help users track their environmental impact.

Additionally, a company’s design philosophy represents its values. A business that values “beauty in simplicity” will create elegant and intuitive products, while one focused on “feature variety” may provide more functionalities, even if it complicates the interface. Again, great product design goes beyond looks or utility. It creates experiences that resonate with a company’s mission and strengthen connections with users.

Inclusive Design Practices 

This critical, modern pillar of product design extends beyond simple usability to address the designer’s responsibility to society and all potential users. It promotes designing products that are equitable, accessible, and responsible, requiring designers to proactively consider and mitigate potential negative consequences, both intended and unintended. This includes treating Web Content Accessibility Guidelines (WCAG) compliance as a core design constraint, actively testing for biases or exclusionary assumptions, and designing data flow and user controls with transparency and ethical use in mind (Privacy by Design). Integrating ethics and inclusion moments into iteration events, such as planning or demos, or even as part of the quality measure of a definition of done, empowers team ownership of moral and regulatory standards.

Fostering a Culture of Design Excellence

Mastery in product design involves fostering a deeply embedded design thinking culture across the organization. This means empowering every employee, regardless of their role, to recognize and respond to design signals. By ensuring that design insights flow smoothly between front-line teams and leadership, organizations can create a cohesive approach to design that enhances agility and responsiveness, ultimately driving customer loyalty and market leadership.

To maintain a strong design community, organizations can establish Communities of Practice (CoPs) for regular meetings that focus on sharing best practices and soliciting feedback. Implementing design critiques and cross-team reviews can also promote constructive feedback and a shared understanding among teams. Additionally, internal workshops and training can enhance designers’ skills in new tools and methodologies, while design jams and hackathons provide collaborative opportunities to tackle specific challenges creatively.

Cultivating a culture of “safe curiosity” is paramount for design excellence. This involves creating an environment where designers and engineers feel empowered to challenge existing norms and explore unconventional approaches, even if they deviate from the status quo. By encouraging experimentation and providing a psychological safety net, organizations enable teams to ideate and prototype diverse solutions that may initially seem radical but ultimately lead to products that more effectively align with the product vision and company values. This embrace of curiosity, coupled with a commitment to learning from both successes and failures, drives genuine innovation and enables breakthroughs that might otherwise be overlooked.

Assessment Questions for Integrating Product Design

This self-assessment provides a simple method for evaluating your progress towards the application and desired outcomes of this competency.

1. Can you articulate the “why” behind a proposed feature, extending beyond immediate requests to the underlying problem, its context, and potential evolution?
2. How effectively is design integrated in development activities (e.g., mockups, user flows) within iterations, rather than as a separate upfront phase?
3. Are design initiatives framed as testable hypotheses and validated with lightweight experiments within the same iteration?
4. Do design roles actively participate in daily collaboration with engineers for immediate feasibility feedback?
5. Do ARTs and Teams track user interaction data for real-time insights into design effectiveness?
6. Are design principles leveraged (e.g., User-Centricity, Simplicity, Consistency) to guide design work trade-offs and feature prioritization?
7. During PI Planning, are proposed designs presented and connected directly to features and stories?
8. Is a “design runway” extended throughout PI execution by engaging in proactive market research and strategic ideation?
9. Are ethical and inclusive design practices, such as WCAG compliance, bias mitigation, and transparency in data flow, addressed within the design work and team processes?

Designing Delight at Commercemart

Having successfully established their responsive product roadmaps, Commercemart recognized that even the most agile plans needed to be underpinned by truly exceptional products. Their next strategic endeavor was to cultivate the Designing Great Products Competency. This wasn’t just about aesthetics; it was about embedding a deep understanding of user needs and market dynamics into every stage of development.

Commercemart began by integrating design roles directly into their Agile Release Trains (ARTs) and Agile Teams. UI designers became integral members of the development process, crafting visual interfaces alongside engineers, while UX designers joined ART Leadership to provide strategic guidance. This move eliminated silos, fostering continuous collaboration and ensuring design perspectives were incorporated from the outset.

They adopted early and continuous integration, where design activities, such as low-fidelity mockups and user flows, occurred concurrently with development within iterations. Hypothesis-driven design with Lean UX became a cornerstone, framing design initiatives as testable hypotheses and rapidly validating them with lightweight experiments. This allowed Commercemart to address user workflow redundancies and avoid disconnected user experiences.

Fast feedback loops were established between designers and engineers, providing immediate insights into the feasibility of their work. Commercemart also invested in a strong design system, built upon a small, memorable set of design principles: User-Centricity, Simplicity, Consistency, and what they decided to call ‘Shopability’. These principles guided design trade-offs and feature prioritization, ensuring a uniform look and feel across all products. They began to resolve inconsistencies across the user experience and system architecture of the shopping applications and store experiences.

During PI Planning, Commercemart’s designers actively presented their proposed designs, wireframes, and mockups, directly linking design considerations to features and stories. They also ensured design work was realistically factored into capacity planning. Throughout PI execution, designers played a crucial role in ART Syncs. They were actively providing updates, ensuring alignment, and continuously gathering user feedback to facilitate iterative improvements. Throughout the PIs, Commercemart continuously explored design ideas, building a design runway of well-vetted concepts for future iterations through ongoing market research, strategic ideation, and early validation of long-term goals.

Commercemart’s mastery of the Designing Great Products Competency transformed their product development by cultivating a culture of design excellence.

Continuing your Journey through the SAFe Competencies

Last Update: 13 February 2026